TJ150F06M3L - Toshiba - Datasheet.Directory

Transcription

1 - SEMICONDUCTOR

2 CONTENTS πvii π π

3 P n n n P π n P n n n P n P P n n n P n

4 π πvii π π

5 SSM K TU TPC 0 0 -H TK A J πvi IV πvii I III II VI SK SJ

6 VDSS ID (A) VDSS ID (A) SSMJFS()➅ SSMJMFV()➅ SSMJCT()➅ SSMPFU()➅ SSMPFE()➅ SSMNFE()➂ SSMPFE()➂ SSMKACT(.)➅ SSMKAFS(.)➅ SSMKAFU(.)➅ SSMKAMFV(.)➅ SSMJF()➂ SSMJFU()➂ SSMKFS()➂ SSMJFS()➂ SSMJCT()➂ SSMPFU()➂ SSMPFU()➂ SSMPFE()➂ SSMNAFE(.)➅ SSMNAFU(.)➅ SSMNFE()➂ SSMPFE()➂ SSMKFS()➅ SSMKMFV()➅ SSMNFU()➅ SSMNFE()➅ SSMKFU()➁ SSMNFU()➁ 0. SSMKFS()➅ SSMKMFV()➅ SSMKCT()➅ SSMNFU()➅ SSMLFU()➅ SSMNFE()➅ SSMLFE()➅ SSMP0FU()➂ SSMKCT(.)➅ SSMNCTD(.)➅ SSMNFE(.)➅ SSMNFU(.)➅ SSMKFS(.)➅ SSMKMFV(.)➅ SSMJ0FU(.)➂ SSMP0FU(.)➂ SSMK00BF(.)➅ SSMN00BFU(.)➅ SSMK00BFS(.)➅ SSMN00AFU(.)➁ SSMK00AF(.)➁ SJ()➀ SSMK00AFU(.)➁ SSMN00BFE(.)➅ SSMJTU(.)➅ SSMJFS(.)➅ SSMJMFV(.)➅ SSMPTU(.)➅ SSMPFE(.)➅ SSMKCT(0.)➅ SSMLTU()➅ SSMLTU(.)➅ SSMKMFV(.)➅ SSMKTU(.)➅ SSMNFE(.)➅ SSMLFE(.)➅ SSMNFU(.)➅ SSMKFS(.)➅ SSMLFE(0.)➅ SSMPFE(0.)➅ SSMNFE()➅ SSMK0FU(.)➂ SSMNTU()➅ SSMKFE()➅ SK ()➁ SK ()➁ SK ()➁ Product series ➀ : π-mosiii ➁ : π-mosv ➂ : Package PW-Mini VS- VS- PS- TO-MOD New PW-Mold TSON Advance New PW-Mold SOP- TO-NIS TO-SIS TO- ➃ : L -π-mosv ➄ : L - ➅ : U-MOS ➆ : TO-SM(W) IS TO-P(L) Chip LGA S-Mini USM SSM VESM CST CSTB CST SMV US UF ES CSTD ➇ : π-mosiv ➈ : DTMOSI ➉ : DTMOSII USV UFV ESV DPAK SOT-F UDFN Notes: ( ) = RDS(ON) max $ = -V drive # =.-V drive =.-V drive = High-speed diode N = N-ch P = P-ch CN = Complementary N-ch CP = Complementary P-ch NS = N-ch + SBD PD = P-ch + Driver PS = P-ch + SBD (load switch) [ ] = Under development

7 VDSS ID (A)..... PS PD PS SSMG0TU ()➅ SSME0TU ()➅ SSMJTU ()➅ SSMKTU (0.)➆ SSMPTU (0.)➅ NS SSMH0TU ()➆ SSMKFE ()➆ SSMKFE ()➆ PS TPCPBA (0.)➅ SSMG0TU (0.)➅ SSMKTU ()➆ SSMPTU (0.)➅ NS SSMH0TU ()➅ SSMJTU (0.)➅ SSMJFE ()➅ SSMJTU ()➅ SSMPTU (0.)➅ PS SSMGTU (0.)➅ NS SSMH0TU ()➅ SSMKFE (0.)➅ SSMKTU (0.)➅ PS SSMGTU (0.)➅ SJ (0.)➃ SK (0.)➃ SK (0.)➃ SK0 (.) SJ (.0) SJ (.0) SK (.0) SK (.0) SK (.)➁ TPCS00-H (0.)➅ CP CN TPC(.)➁ TPC(.)➁ SK (.)➁ SK (.)➁ SK (.)➁ SK ()➁ SK ()➁ TKQ0A ()➇ SK ()➀ VDSS ID (A) NS SSMHTU ()➅ NS TPCPAA (0.)➅ SSMLTU ()➅ SSMNTU ()➅ NS SSMHTU (0.)➅ SSMLTU (0.)➅ SSMNTU (0.)➅... PD SSME0TU ()➅ PD SSME0TU (0.)➅ SSMJT ()➅ TPC0-H ()➅... NS SSMHTU (0.)➅ SSMKFE (0.)➅ TPCS00-H ()➁..... SSMKTU (0.)➅ SSMKTU (0.)➅ SSMKFE (0.)➅ SSMGNU ()➅ SSMJTU ()➅ SSMJCTB (0.)➅ SSMJF ()➅ SSMJTU (0.0)➅ SSMJTU (0.)➅ SSMKTU (0.)➅ SSMJTU (0.)➅ SSMKTU (0.)➂ SSMKTU ()➅ SSMKFE (0.0)➅ SSMJT (0.)➅ SSMKTU (0.)➆ SK (0.)➃ SK (0.)➃ SK (0.)➃ SSMKTU ()➁ TPCP00-H (0.)➅ TPC-H (0.)➅ TPCS00-H (0.)➁ SJ (.)➁ SK (.)➂ SK (.)➂ SK (.)➁ SK (.)➁ SK (.0)➁ SK (.0)➁ SK (.)➂ SK0 ()➁ TKQD (.)➆ TKPD (.)➆ TKAD (.)➆ SSMJFE (0.0)➅ TPCF ()➅ TPCFB0 ()➅ TPCF ()➅ SSMKFE (0.0)➅ TPCF (0.0)➅ SSMKTU (0.0)➅ SSMJTU (0.0)➅ SSMKTU (0.0)➅ SSMJTU ()➅ SSMKTU (0.0)➅ NS SSMHF (0.0)➅ SSMKT ()➅ SK (0.)➃ SK (0.)➃ SJ (.0)➁ SJ0 (.0)➁ SK (.)➁ SK (.)➁ SK (.)➁ TKADA (.)➆ SK0 (.)➂ SK (.)➂ TKADA (.)➆ TKAD (.)➆ SK (.)➇ SK (.)➀ SK (.)➇..... SSMKTU (0.0)➅ SSMKFE (0.0)➅ TPCF (0.0)➅ TPCF (0.0)➅ SSMKT (0.0)➅ TPCP (0.0)➅ SSMJR (0.0)➅ SSMJT ()➅ SSMKR (0.)➅ SSMJFE (0.0)➅ TKADA (.)➆ TKPDA (.)➆ SK (.)➂ TKADA (.)➆ TKPDA (.)➆ TKADA (.0)➆ TKADB (.0)➆ TKPDB (.0)➆ TKADA (.)➆..... SSMPNU(0.0)➅ SSMJFE (0.0)➅ SSMJTU (0.0)➅ SSMPNU (0.0)➅ SSMJR (0.0)➅ NS SSMHNU (0.0)➅ TPCF (0.0)➅ TPCP (0.0)➅ TPCP (0.0)➅ TKA0D (.0)➆ TKP0D (.0)➆ TKAD (.)➆ TKAD (.)➆ TKPD (.)➆ TKAD (.)➆ TKAD (.)➆ SK (.)➇ Product series ➀ : π-mosiii ➁ : π-mosv ➂ : Package PW-Mini VS- VS- PS- TO-MOD New PW-Mold TSON Advance New PW-Mold SOP- TO-NIS TO-SIS TO- ➃ : L -π-mosv ➄ : L - ➅ : U-MOS ➆ : TO-SM(W) IS TO-P(L) Chip LGA S-Mini USM SSM VESM CST CSTB CST SMV US UF ES CSTD ➇ : π-mosiv ➈ : DTMOSI ➉ : DTMOSII USV UFV ESV DPAK SOT-F UDFN Notes: ( ) = RDS(ON) max $ = -V drive # =.-V drive =.-V drive = High-speed diode N = N-ch P = P-ch CN = Complementary N-ch CP = Complementary P-ch NS = N-ch + SBD PD = P-ch + Driver PS = P-ch + SBD (load switch) [ ] = Under development

8 VDSS ID (A) SSMJTU (0.0)➅ TPC (0.0)➅ TPC (0.0)➅ TPCF (0.0)➅ SSMKTU (0.0)➅ SSMKTU (0.0)➅ SSMJTU (0.0)➅ SSMKT (0.0)➅ SSMKT (0.0)➅ TPC (0.0)➅ TPC (0.0)➅ TPCP (0.0)➅ SSMJTU (0.0)➅ TPCP (0.0)➅ SSMJR (0.0)➅ SSMJ0NU (0.0)➅ SSMJ0NU (0.0)➅ TPCL (0.0)➅ TPC (0.0)➅ TPCF (0.0)➅ TPCL (0.0)➅ TPCP (0.0)➅ SSMKT (0.0)➅ SSMKTU (0.0)➅ TPC (0.0)➅ SSMN0NU ()➅ TPC-H (0.0)➅ TPC-H (0.0)➅ SSMJT (0.0)➅ TPC-H (0.0)➅ TPC (0.0)➅ SSMJR (0.0)➅ SSMKT (0.0)➅ SSMKR (0.0)➅ TPCL (0.0)➅ SSMKTU (0.0)➅ TPCP (0.0)➅ TPC-H (0.0)➅ TPCP (0.0)➅ TPCP-H (0.0)➅ TPCP-H (0.0)➅ TPCP (0.0)➅ TPC-H (0.0)➅ TPCP (0.0)➅ SK ()➃ SJ ()➃ SJ ()➅ SJ ()➅ SJ ()➃ SK ()➅ SK ()➅ TPCP00-H (0.0)➅ TPC-H (0.0)➅ SK (0.)➃ SK (0.)➃ TPCC0-H (0.)➅ SK (0.) SK (0.)➁ SK (0.)➁ SK (0.)➁ SK (.0)➁ SK (.0)➁ TKADA (.)➆ TKADA (.)➆ TKADA (.)➆ SK (.)➁ SK (.)➂ TKA0D (.)➆ TKP0D (.)➆ TKA0D (.)➂ TKA0D (.)➆ TKAD (.)➆ TKPD (.)➆ TKAD (.)➆ TKPD (.)➆ TKAD (.)➆ TKADA (.)➆ TKAD (.)➆ TKADA (.)➆ TKAD (.)➆ SK (.)➁ TKAD (.)➆ SK (.)➁ TKAD (.)➆ SK (.)➂ SK (.) SK (.)➇ SK (.)➇ SK0 (.)➇ SK (.)➇ SK00 (.)➇ SK (.)➇ SK (.0)➇ SK (.) VDSS ID (A) TPCF00 (0.0)➅ TPCF00 (0.0)➅ TKA0DA (.)➆ TKA0D (.)➆ TKAD (.)➆ TKAD (0.)➆ SK (.)➇ SK (.0)➇ SK (.) TKP0D (.)➆ TKA0D (.)➆. TPCP (0.0)➅.. TPCA0-H (0.0)➅ TKADA (.)➆ TKA0DA (.0)➆ TKADA (.0)➆ TKADA (.0)➆ TPCA-H (0.0)➅. TPCC0-H (0.0)➅ TKAK (0.)➅ TKAD (0.)➆ SK (0.)➁ TKAD ()➆ SK (.)➀ SK (.)➀ SK (.)➀ TPC0-H (0.0)➅ TPCA0-H (0.0)➅ TKA0D (0.)➆ SK (.)➇ TPCP00 (0.0)➅ SK (0.)➂. TPCP00 (0.00)➅.. TKADA (0.)➆ SK (.)➀. TPCP00 (0.0)➅ TPC0-H (0.0)➅ TJAM ()➅ TKAD (0.)➆ TKAD (0.)➆ SK (.)➀ SK (.)➇ TPC (0.0)➅ SK (.)➇. SSMJTU (0.0)➅. SSMJ0NU (0.0)➅ TPC (0.0)➅ SK (0.)➆ SJ0 (0.) TKD (0.)➆ SK (0.)➂ SK (.0)➁ TKAD (0.)➆ SK (.0)➁ SK (.0)➇ SK (.)➀ SSMKTU (0.0)➅ TPC0-H (0.0)➅ TPCA0-H (0.0)➅ SK (0.) TKA0D (0.)➆ TKAD (0.)➆ SK () TKAD (.0)➆ SJ (0.) Product series ➀ : π-mosiii ➁ : π-mosv ➂ : Package PW-Mini VS- VS- PS- TO-MOD New PW-Mold TSON Advance New PW-Mold SOP- TO-NIS TO-SIS TO- ➃ : L -π-mosv ➄ : L - ➅ : U-MOS ➆ : TO-SM(W) IS TO-P(L) Chip LGA S-Mini USM SSM VESM CST CSTB CST SMV US UF ES CSTD ➇ : π-mosiv ➈ : DTMOSI ➉ : DTMOSII USV UFV ESV DPAK SOT-F UDFN Notes: ( ) = RDS(ON) max $ = -V drive # =.-V drive =.-V drive = High-speed diode N = N-ch P = P-ch CN = Complementary N-ch CP = Complementary P-ch NS = N-ch + SBD PD = P-ch + Driver PS = P-ch + SBD (load switch) [ ] = Under development

9 VDSS ID (A) /00 N TPC0-H (0.0)➅ N TPCP00-H (0.0)➅ P TPC (0.000)➅ N TPC0-H (0.0)➅ N TPC0-H (0.0)➅ N TPC0-H (0.0)➅ P TPC (0.00)➅ NS TPCA0-H (0.0)➅ P TPC (0.0)➅ N TPCC00-H (0.0)➅ N TPC0-H (0.00)➅ N TPCC0-H (0.0)➅ N TPC0-H (0.0)➅. TKADA ()➆. TKAD (0.)➆ TKAD (0.)➆ SK0 ()➂ NS TPCA0-H (0.00)➅ N TPC0-H (0.00)➅ N TPC0-H (0.00)➅ N TPC0 (0.00)➅ N TPC0 (0.00)➅ V N TPC0 (0.00)➅ N TPCC0-H (0.00)➅ NS TPCAA0-H (0.0)➅ N TPCA0-H (0.0)➅ P TPCC (0.00)➅ N TKP0M (0.0)➅ N TPCC0 (0.00)➅ N TPCA0-H (0.00)➅ NS TPCCA0-H (0.00)➅ V N TPCC0 (0.00)➅ N TPCA0-H (0.00)➅ N TPCC00-H (0.00)➅ N TPCC00-H (0.00)➅ N TPCC00-H (0.00)➅ N TPCA0-H (0.00)➅ P TPCC (0.00)➅ P TJP0M (0.0)➅ N TPCC0-H (0.0)➅ NS TPCA0-H (0.00)➅ N TPC0-H (0.00)➅ P TPC (0.00)➅ N TPC0-H (0.00)➅ N TPCA0-H (0.0)➅ N TPC0-H (0.00)➅ N TPC0-H (0.00)➅ N TPC0-H (0.00)➅ N TPC0-H (0.00)➅ N TPC0-H (0.00)➅ N TPC0-H (0.00)➅ N TPC0-H (0.00)➅ N TPC0 (0.00)➅ N TPC0 (0.00)➅ N TPC00 (0.00)➅ P TPC (0.00)➅ N TPC0-H (0.00)➅ NS TPCA0-H (0.00)➅ P TPC (0.00)➅ P TPCC (0.0)➅ N TPC0-H (0.00)➅ N TPC0-H (0.00)➅ N TPC0-H (0.00)➅ N TPC0 (0.00)➅ N TPC0 (0.00)➅ N TPC0 (0.00)➅ N TPC0 (0.00)➅ V N TPC0 (0.00)➅ V N TPC0 (0.00)➅ N N TPCA0-H (0.0)➅ N TPCA0-H (0.0)➅ N TPC00-H (0.0)➅ TPC0-H (0.0)➅ TPC0-H (0.00)➅ N N TPC00-H (0.0)➅ TPC0-H (0.00)➅ TJAM ()➅ TKAK (0.0)➅ SJ (0.)➃ SJ (0.0)➃ TKEK (0.0)➅ SK (0.0)➃ TJAM (0.00)➅ N TPCA0-H (0.0)➅ N TPCA0-H (0.0)➅ SK (0.)➃ SJ (0.) SK (0.) SK (0.)➁ TKAD (0.)➆ TKAD (0.)➆ SK ()➁ TKAD ()➆ TKAD (0.)➆ SK0 (0.)➂ TKAD ()➆ SK (0.)➁ SK (0.)➁ TKA0D (0.)➆ TKA0D (0.)➆ TKA0DA ()➆ TKA0D ()➆ TKA0D (0.)➆ SK ()➁ TKJ0D ()➆ SK0 (0.)➂ SK (0.)➁ TKA0D (0.)➆ TKJ0D (0.)➆ SK0 (0.)➂ SK (0.)➂ TKAD (0.)➆ TKD (0.)➆ TKAD (0.)➆ TKJD (0.)➆ TKAD (0.)➆ TKADA ()➆ TKJD (0.)➆ TKAD (0.)➆ TKJD (0.)➆ TKAD (0.)➆ SK (0.)➁ TKAU ()➉ TKEU ()➉ TKJU ()➉ TKAD (0.)➆ TKU ()➉ TKAD ()➆ SK (0.)➂ SK ()➁ TKAU (0.)➉ TKEU (0.)➉ TKJU (0.)➉ TKAD (0.)➆ TKU (0.)➉ SK (0.)➂ TKAU ()➉ TKEU ()➉ TKJU ()➉ SK0 (0.)➂ TKU (0.)➉ TKAU (0.)➉ TKJU (0.)➉ 00V: V: SK (.0) SK (0.) VDSS ID (A). Product series ➀ : π-mosiii ➁ : π-mosv ➂ : Package PW-Mini VS- VS- PS- TO-MOD New PW-Mold TSON Advance New PW-Mold SOP- TO-NIS TO-SIS TO- ➃ : L -π-mosv ➄ : L - ➅ : U-MOS ➆ : TO-SM(W) IS TO-P(L) Chip LGA S-Mini USM SSM VESM CST CSTB CST SMV US UF ES CSTD ➇ : π-mosiv ➈ : DTMOSI ➉ : DTMOSII USV UFV ESV DPAK SOT-F UDFN Notes: ( ) = RDS(ON) max $ = -V drive # =.-V drive =.-V drive = High-speed diode N = N-ch P = P-ch CN = Complementary N-ch CP = Complementary P-ch NS = N-ch + SBD PD = P-ch + Driver PS = P-ch + SBD (load switch) [ ] = Under development

10 VDSS ID (A) 0 N /00 N TPCA0-H (0.0)➅ N TPCA00-H (0.0)➅ N TPCA0-H (0.0)➅ P TPCA (0.00)➅ N TPCC00 (0.00)➅ N TPCC00 (0.00)➅ TKE0K (0.0)➅ TKAK (0.0)➅ SK (0.0)➁ SK (0.) SK (0.0)➁ N TPCC00-H (0.00)➅ TPCC00 (0.00)➅ N TPCC0 (0.00) V N TPCC0 (0.00)➅ N TPCC0-H (0.00)➅ N TPCA0-H (0.00)➅ N TPCA0-H (0.0)➅ N TPCA0-H (0.00)➅ TKA0JA (0.0)➅ SK (0.0)➁ SK (0.0)➁ SK (0.0)➁ SK (0.0)➁ N TPCA0-H (0.00)➅ N TPCA0-H (0.00)➅ SK (0.0) N TPCA0 (0.00)➅ NS TPCAA0-H (0.00)➅ N TPCA0-H (0.00)➅ P TPCA (0.00)➅ N TPCA0-H (0.00)➅ NS TPCAA0-H (0.00)➅ N TPCA0-H (0.00)➅ N TPCA0-H (0.00)➅ N TPCA0-H (0.00)➅ N TPCA0 (0.00)➅ N TPCA0-H (0.00)➅ P TPCA (0.00)➅ P TPCA (0.00)➅ N TKP0M (0.0)➅ N TKP0M (0.0)➅ N TPCA0-H (0.00)➅ N TPCA00 (0.00)➅ NS TPCAA0-H (0.00)➅ $ SK0 (0.0) N TPCA0-H (0.00)➅ P TPCA (0.00)➅ N TKP0M (0.00)➅ N TPCA0-H (0.00)➅ N TPCA0-H (0.00)➅ N TPCA0 (0.00)➅ N TPCA0-H (0.00)➅ N TK0P0M (0.00)➅ N TK0P0M (0.00)➅ TK0A0K (0.00)➅ N TPCA0-H (0.00)➅ N TPCA0-H (0.00)➅ N TPCA0 (0.00)➅ N TKP0M (0.00)➅ $ SK0 (0.0)➃ $ SK (0.0)➃ $ SK (0.0)➃ SK (0.00)➃ P TPCA (0.0)➅ SK (0.0)➃ $ SK (0.0)➃ SK (0.0)➃ $ SK (0.0)➁ TK0E0KA (0.00)➅ SK (0.0)➃ SK (0.0)➃ TKA0K (0.00)➅ TKAJ (0.0)➅ TKJU (0.0)➉ TKF0K (0.00)➅ TKAK (0.0)➅ TKMU (0.0)➉ TKJ (0.0)➅ TKEK (0.0)➅ TKPM (0.0)➅ TK0E0K (0.0)➅ TKA0J (0.00)➅ TKE0K (0.00)➅ SK (0.0) TKAJ (0.0)➅ SK (0.0) TK0J (0.0)➅ TK0FJ (0.0)➅ SK (0.0)➁ SK ()➁ TK0JU (0.0)➉ VDSS ID (A) 0 0 TK0J0J (0.00)➅ TK00K (0.00)➅ TK00KL (0.00)➅ SK (0.00)➅ TK0A0J (0.00)➅ TK0J0K (0.00)➅ TJ0A0J (0.00)➅ TK00K (0.00)➅ 0 SK (0.00)➅ SK (0.00)➅ SK (0.00)➅ 0 TK00K(0.00)➅ TK0A0K (0.00)➅ TK0F0K (0.00)➅ TK0F0K (0.00)➅ TK0F0KL (0.00)➅ TJ0F0ML (0.00)➅ TK0F0K (0.00)➅ TK0F0KL (0.00)➅ TJ0F0ML (0.00)➅ TK0F0K (0.00)➅ TJF0J (0.00)➅ TKF0K (0.00)➅ TJ0F0ML (0.00)➅ 0 0 Product series ➀ : π-mosiii ➁ : π-mosv ➂ : Package PW-Mini VS- VS- PS- TO-MOD New PW-Mold TSON Advance New PW-Mold SOP- TO-NIS TO-SIS TO- ➃ : L -π-mosv ➄ : L - ➅ : U-MOS ➆ : TO-SM(W) IS TO-P(L) Chip LGA S-Mini USM SSM VESM CST CSTB CST SMV US UF ES CSTD ➇ : π-mosiv ➈ : DTMOSI ➉ : DTMOSII USV UFV ESV DPAK SOT-F UDFN Notes: ( ) = RDS(ON) max $ = -V drive # =.-V drive =.-V drive = High-speed diode N = N-ch P = P-ch CN = Complementary N-ch CP = Complementary P-ch NS = N-ch + SBD PD = P-ch + Driver PS = P-ch + SBD (load switch) [ ] = Under development

11 CST Chip-Scale Package, Transfer Molded, -Pin CSTB Chip-Scale Package, Transfer Molded, -Pin B VESM (SOT-) Very Extreme Super-Mini SSM (SOT-)(SC-) Small Super-Mini USM (SOT-)(SC-0) Ultra-Super-Mini : SSMKCT : SSMJCTB : SSMKMFV : SSMKFS : SSMKAFU 0..0 : 0. typ. 0.. : typ.. 0. : 0. typ.. 0. : 0. typ..0. : 0. typ Ultra-super-Mini Flat lead S-Mini (SOT-)(SC-) Super-Mini Thin Super-Mini CST Chip-Scale Package, Transfer Molded -Pin ESV (SOT-) Extreme Super-mini, -pin : SSMJTU : SSMKF : SSMJT : SSMKCT : SSMNFE.0. : 0. typ... :. typ... : 0. typ. 0.. : 0. typ... : 0. typ USV (SOT-)(SC-A) Ultra-Super-mini, -pin UFV Ultra-super-mini, Flat lead, -pin SMV (SOT-)(SC-A) Super-Mini, -pin CSTD Chip-Scale Package, Transfer Molded, -Pin D ES (SOT-) Extreme Super-mini, -pin : SSMNAFU : SSMHTU : SSMHF : SSMNCTD : SSMNFE : 0. typ. US (SOT-)(SC-A) Ultra-Super-mini -pin : SSMNAFU.0. : 0. typ :. typ : 0. typ. : 0. typ UF Ultra Super mini Flat lead -pin : SSMJTU SOT-F SOT- Flat lead : SSMJR UDFN Ultra Small Dual Flat Non-leaded -pin : SSMGNU : 0. typ..0. : 0. typ... : 0. typ..0.0 : 0. typ Very Thin & Small -pin.. : TPC. 0. VS- 0. : 0. typ VS- Very Thin & Small -pin : TPCF 0. : 0. typ. Progressive & Small -pin.. : TPCP. PS : 0. typ.. Chip LGA Land Grid Array : TPCL. 0. φ0. : 0. typ. TSON Advance : TPCC00-H : 0. typ. SOP- : TPC0 : TPCA0-H.0. :. typ..0.0 : 0. typ

12 P-ch: SSMJTU P-ch: SSMJTU P-ch: SSMJFE P-ch: SSMJTU P-ch: SSMJ0NU P-ch: SSMJ0NU P-ch: SSMJTU P-ch: SSMJTU P-ch: SSMJ0NU P-ch: SSMJCTB IC IC PA USB charging BB-IC P-ch: SSMJTU P-ch: SSMJTU P-ch: SSMPNU P-ch: SSMPNU Li-ion CCD DC-DC HS: SSMGTU (P-ch + Schottky Barrier Diode) LS: SSMHNU (N-ch + Schottky Barrier Diode) Adapter Input V -Phase H/S: TPCA0-H TPCA0-H L/S: TPCA0-H TPCA0-H TPCA0-H Vcore Charger H/S: TPCC0-H L/S: TPCC0-H Dual: TPC-H H/S: TPCA0-H TPCA0-H L/S: TPCA0-H TPCA0-H TPCA0-H H/S: TPCC0-H TPCC0-H L/S: TPCC0-H GF. V TPC/ TPCC/ TPC TPCF/ SSMJR SSMJR Batt. H/S: TPCC0-H TPCC0-H L/S: TPCC0-H H/S: TPCC0-H TPCC0-H L/S: TPCC0-H.0 V. V TPC0/0 TPCC0/0 TPC SSMKT SSMK00BF H/S: TPCC0-H TPCC0-H L/S: TPCC0-H. V/ V

13 P+ P- P- P+ Control IC Control IC Microcontroller N-ch Dual MOSFET PS- Chip LGA P-ch Single MOSFET x SOP- TSON Advance N-ch Single MOSFET x SOP- TSON Advance M P/N MOSFET VS PS SOP

14 00 N-ch, VDSS = V VGS = ± V Cgd(typ)@ V [pf] 0 -H I-H RonA (mω. mm ) U-MOSV N-ch V P-ch V I II II RDS(typ)@. V [m0hm] TSON Advance SOP- UDFN UF VS- PS- VS- (A) CSTB Chip LGA ES UFV SOT-F S-Mini SMV US CST VESM SSM USM CSTD CST ESV USV (mm²) 0

15 S-Mini USM SSM VESM CST US USV ESV CSTD. mm. mm. mm. mm 0. mm. mm. mm. mm 0. mm. mm 0. mm.0 mm mm. mm mm. mm 0. mm.0 mm.0 mm mm.0 mm mm. mm 0. mm.0 mm. mm. mm. mm. mm 0. mm. mm. mm. mm 0. mm 0. W 0. W W W W** 0. W 0. W W W** (MA). mm. mm 0. mm 0. mm mm. mm. mm 0. mm mm *: FR (. mm x. mm) **: FR ( mm x mm) UF SMV UFV ES CSTB CST SOT-F UDFN. mm. mm. mm. mm. mm. mm 0. mm 0. mm. mm.0 mm. mm 0. mm.0 mm 0. mm. mm 0. mm.0 mm 0. mm.0 mm 0. mm. mm 0. mm. mm. mm. mm NEW.0 mm NEW. mm. mm. mm. mm. mm. mm.0 mm.0 mm.0 mm.0 mm 0. W 0. W 0. W 0. W 0. W 0. W.0 W W.0 W.0 W (MA) 0. mm 0. mm. mm 0. mm 0. mm 0. mm 0. mm mm 0. mm 0. mm *: FR (. mm x. mm) SOP Adv. SOP- TSON Adv. VS- VS- PS- Chip LGA mm mm mm mm. mm. mm. mm. mm 0. mm. mm. mm 0. mm. mm. mm 0. mm. mm. mm mm mm. mm. mm. mm. mm. mm. W. W. W. W. W.0 mm. mm 0. mm 0. mm 0. mm 0. mm 0. mm *: FR (. mm x. mm) *: FR (. mm x. mm)

16 MOSFET Vin D S MOSFET L Vout ton(high) T Vcc G Control IC G D S C VGS(High) ton(low) VGS(Low) FET FET FET VDS(High) IDS(High) FET IDS(Low) ISBD(SBD) VDS (Low+SBD) FET Dead time Dead time Conditions Input Voltage: V Output Voltage:. V Frequency: MHz Efficiency.% Key Parameters to Improve Efficiency MOSFET RDS(ON) W Efficiency.% Efficiency.% off on FET FET Qrr Cgd, Cgd/Cgs rg Vth Qg MOSFET Qsw rg 0.00 A RDS(ON)

17 New! SOP- TSON Advance PS- mm mm. mm. mm. mm. mm mm mm SOP- TSON Advance PS- mm mm. mm (-%). mm (-%). W (+%). W. W. W (-%).0 mm (-%). mm 0. mm (-%) 0. mm (-%) TPCA0-H I-H TPCA0-H TPCA0-H U-MOSV RDS(ON) V (mω)... rg Typ. (Ω)..0.0 Cgd/Cgs Typ. (%).0.. f = 0 khz, VIN =. V, VOUT =. V Efficiency (%) 0 Efficiency (%) 0 TPCA0-H (p) + TPCA0-H (p) TPCA0-H (p) + TPCA0-H (p) TPCA0-H (p) + TPCA0-H (p) TPCA0-H (p) + TPCA0-H (p) 0 Iout (A) 0 Iout (A)

18 LS LS LA lrr LA MOSFET channel current MOSFET channel current Body diode current SBD current 0.0 SBD current 0.0 Body diode current μ.0μ.0μ time (s) LS = LA = 0. nh.μ -.0μ.0μ.0μ time (s) LS = LA = 0.0 nh.μ f = 0 khz, VIN =. V, VOUT =. V 0 0 (%) 0 (%) 0 TPCA0-H (p) + TPCAA0-H (p) MOSBD TPCA0-H (p) + TPCAA0-H (p) MOSBD TPCA0-H (p) + TPCA0-H (p) MOSFET 0 (A) TPCA0-H (p) + TPCAA0-H (p) TPCA0-H (p) + TPCA0-H (p) MOSBD MOSFET 0 (A)

19 RDS(ON) Max (mω). V Ciss (pf) V. V Qsw = VDSS x 0. VDSS VGSS ID (A) #: TPCA0-H # TPC-H TPCP00-H TPCP00-H TPCC0-H TPCC00-H TPCC0-H TPCC00-H TPCC00-H TPCC00-H TPCC0-H TPCC00-H TPCC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TKP0M TKP0M TK0P0M TKP0M TPC-H TPCC0-H TPC0-H TPC0-H TPC0-H TPC0-H N-ch Single VS- PS- SOP- VS- DPAK TSON Advance TBD. -H I-H I-H I-H I-H I-H I-H I-H I-H I-H I-H I-H I-H I-H I-H I-H I-H I-H I-H I-H I-H I-H TSON Advance ± ± SOP-

20 #: RDS(ON) Max (mω). V Ciss (pf) V. V Qsw = VDSS x 0. VDSS VGSS ID (A) TPCA0-H # TPCA0-H TPCA0-H TPCA0-H TPCA0-H TKP0M TKP0M TK0P0M TPC-H TPCP00-H TPC0-H TPC00-H TPC0-H TPC0-H TPCA0-H TPCA0-H TPCA00-H TPCA0-H TPCA0-H TPC0-H TPCA00-H TPCA0-H TPCP00-H # TPCC0-H TPC0-H TPCA0-H TPCA0-H TPCA0-H TKPM TPCP-H TPC-H TPC-H # TPCP-H # TPCA-H # TPCPA0-H TPCCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCAA0-H TPCAA0-H TPCAA0-H TPCAA0-H 0 0 Single Single Single MOSBD Dual P-ch N-ch VS- DPAK SOP- PS- PS- SOP- TSON Advance SOP- DPAK PS- SOP- SOP- VS- PS- PS- TSON Advance ± ± ± ± ± -H -H -H -H -H

21 P-ch/N-ch Ω T SOP- SOP- ( V) SOP- T SOP- TPC0 TPC0, TPC0 TPCC0, TPCC0 TPC0, TPC0 TPCC0, TPCC0 TPC0 TPCA0 TPC0, TPCA0 TPC00, TPCA00 TPC0, TPCA0 TPC0, TPCA0 TPC0, TPCA N-ch III N-ch IV N-ch VII N-ch VIII P-ch II P-ch III P-ch IV P-ch V P-ch VI P-ch VIII TS For Laptop PCs SOP- TSON Advance P-ch U-MOSV II N-ch I II For Cell Phones, Digital Cameras and PVC STP TSSOP- N-ch PS- STP MOSFET + Control IC Chip LGA U-MOSV I II

22 VDSS VGSS ID (A) RDS(ON) Max (mω) V. V.0 V. V TPCL TPCL TPCL TPCC00 TPCC0-H TPCC00 # TPCC00 TPCC0 TPCC0 TPCC0 # TPCC0 # TPC0-H TPC0 TPC0 # TPC0 TPC0 # TPC0 TPC0 TPC00 TPC0 TPC0 TPC0 # TPC0 # TPC0 # TPCA0-H TPCA0 TPCA0 TPCA00 TPCA0 TPCA0 ± ± ± ± ± TBD TBD TBD TBD Chip LGA TSON Advance SOP- N-ch Dual N-ch Single U-MOSV U-MOSV U-MOSV I-H I I I I I-H I I I I I I I I I I I I I-H I I I I I #: : VDSS VGSS ID (A) RDS(ON) Max (mω) V. V V. V TPCC TPCC TPCC TPC TPC TPC TPC TPC TPC TPC TPC TPC TPCA TPCA TPCA TPCA /+ /+ /+ /+ /+ /+ /+ /+ /+ /+ /+ /+ -/+ TSON Advance SOP- P-ch Single U-MOSV U-MOSV U-MOSV #: :

23 VDSS VGSS ID (A) lvgs l =. V lvgs l =. V RDS(ON) Max (mω) lvgs l=. V lvgs l=. V lvgs l=. V Ciss (pf). CSTB 0. SSMJCTB ± D G S TOP VIEW ES (SOT-) SSMJFE SSMJFE SSMJFE ± ± ± SSMJFE. (@V) U-MOSII UF.0 0. SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJ0TU SSMJTU SSMJTU ± ± ± ± ± ± ± ±. ±.0 ± (@.0V) (@V) 0(@V) (@V) 0(@V) 0(@V) (@V) (@V) 0 U-MOSII U-MOSII U-MOSII U-MOSV UDFN SSMJ0NU ± SSMJ0NU ± SSMJ0NU ± ± SOT-F. ± 0. SSMJR SSMJR SSMJR SSMJR ± ± ± SSMJT ± SSMJT SSMJT.. 0(@V) (@V) 0 0 -H U-MOSII SSMJT. (@V) U-MOSII S-Mini 0.. SSMJF ± ±

24 VDSS VGSS ID (A) lvgs l =. V RDS(ON) Max (mω) lvgs l =. V lvgs l =. V lvgs l =.0 V Ciss (pf) CST D D SSMKCT ± 0. 0 G S TOP VIEW ES (SOT-)..0 UF SOT-F 0. SSMKFE SSMKFE SSMKFE SSMKFE SSMKFE SSMKFE SSMKFE SSMKFE ± ± ± ± ± (@. V) 0 0 SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU ± ± ± ± ± ± (@. V) SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU ± ± ± ± ± (@. V). (@. V) (@. V) π-mosv SSMKR ± SSMKR.0 0 I-H SSMKT SSMKT SSMKT SSMKT SSMKT SSMKT SSMKT ± ± ± ± (@. V).(@. V) (@. V) (@. V)

25 VDSS VGSS ID (A) RDS(ON) Max (mω) lvgsl =. V lvgsl. V = lvgsl. V = lvgsl.0 V = Ciss (pf). ES (SOT-) N-ch x P-ch x SSMNFE SSMPFE ± 0. 0 ± 0. 0 (@. V) 0 (@. V) 0 U-MOSV Q Q Q Q UDFN.0 0. N-ch + P-ch P-ch x N-ch x SSMLFE SSMPNU SSMPNU SSMN0NU ± 0. 0 ± 0. 0 ± 0 ± (@. V) 0 (@. V) (@. V) (@. V) 0 (@. V) 0 U-MOSV 0 0 TBD I-H Q Q Q Q SSMNTU ±. 0 N-ch x SSMNTU ± 0. 0 Q Q SSMNTU. 0. UF.0 0. P-ch x N-ch + P-ch SSMPTU SSMPTU SSMPTU SSMPTU SSMLTU SSMLTU SSMLTU ± ± ± ± ± ± ± Q Q Q Q P-ch + N-ch (Load Switch) SSME0TU SSME0TU SSME0TU ± ± ± ± ± Ω Ω Ω Ω 0 Ω Ω Ω.. Q Q Q Q

26 UDFN SMV UFV P-ch+ SBD N-ch+ SBD SSMG0TU SSMG0TU SSMGTU SSMG0TU SSMGTU SSMHTU SSMHTU SSMH0TU SSMHTU SSMH0TU SSMH0TU VDSS VGSS ± ± ± ± ± ± ± ID (A) MOSFET RDS(ON) Max (mω) IVGSI =. V IVGSI =. V 0 IVGSI = IVGSI =. V.0 V 0 0 Ciss (pf) 0 U-MOSII U-MOSII 0 0 U-MOSII -H 0 U-MOSII VR IO (A) SBD VF Max 0. (A) P-ch+ SBD SSMGNU 0 ± (@. V) N-ch+ SBD SSMHNU ± N-ch+ SBD SSMHF ± : N-ch Single P-ch Single TPC TPC-H TPC # TPC-H TPC-H TPC TPC # TPC TPC-H # RDS(ON) Max (mω) VDSS VGSS ID (A) V. V V. V.0 V. V ±... ± ± /+.. 0 Qg Typ. (nc)... Ciss Typ. (pf) 0 00 SM SH SL SJ SK SN SL SK SJ U-MOSV -H #: :

27 N-ch P-ch Single Dual Single Dual N-ch + P-ch Complementary P-ch + SBD TPCF00 TPCF00 TPCF # TPCF # TPCF # TPCF TPCF TPCF TPCF # TPCF TPCF # TPCF # TPCFB0 # #: : RDS(ON) Max (mω) VDSS VGSS ID (A) V. V V. V.0 V. V ± ± ± ± ± ± /+ ± ± ± Qg Typ. (nc).... Ciss Typ. (pf) FC FB FA FA FC FE FH FG FA FE FD FB FB FA IV N-ch P-ch Single Dual Single Dual N-ch + P-ch Complementary MOSBD Single TPCP00 TPCP00-H TPCP00 TPCP00-H TPCP00-H TPCP00-H # TPCP TPCP-H TPCP # TPCP # TPCP-H # TPCP # TPCP TPCP TPCP TPCP TPCPA0-H TPCPBA # TPCPAA # RDS(ON) Max (mω) VDSS VGSS ID (A) V. V V. V.0 V. V 0 ± ± ± ± ±. 0 ±. Qg Typ. (nc) Ciss Typ. (pf) H -H U-MOSV U-MOSV U-MOSII U-MOSII #:

28 N-ch Dual TPCL TPCL TPCL RDS(ON) Max (mω) VDSS VGSS ID (A) V. V V. V. V. V ± ± ± 0 Qg Typ. (nc). Ciss Typ. (pf) 0 U-MOSV U-MOSV U-MOSV N-ch P-ch Single Single MOSBD Single TPCC00 TPCC0-H TPCC00-H TPCC0-H TPCC00 # TPCC00-H TPCC00-H TPCC00-H TPCC0-H TPCC00-H TPCC0-H TPCC0 TPCC0 TPCC00 TPCC0 # TPCC0 # TPCC0-H TPCC0-H TPCC TPCC TPCC TPCCA0-H RDS(ON) Max (mω) VDSS VGSS ID (A) V. V V. V.0 V. V 0 ± ± ± ± /+ / Qg Typ. (nc)..... TBD. Ciss Typ. (pf) I-H I-H I-H I I I I U-MOSV #: : IV/V/VI/VII IIIVVIVII N-ch Single TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H RDS(ON) Max (mω) VDSS VGSS ID (A) V. V V. V.0 V. V Qg Typ. (nc). Ciss Typ. (pf)

29 #: : Single TBD TBD TBD TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0 TPC0 # TPC0 TPC0 # TPC0 TPC0 TPC00 TPC0 TPC0 TPC0 # TPC0 # TPC0 # TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC00-H TPC0-H TPC0-H TPC0-H TPC0-H TPC-H TPC TPC TPC TPC TPC TPC TPC TPC TPC TPCA0-H TPCA0-H TPCA0-H TPCA0-H N-ch Single Single Dual P-ch MOSBD I-H I-H I-H I-H I-H I-H I-H I-H I-H I I I I I I I I I I I I I-H U-MOSV 0 0 /+ /+ /+ /+ /+ /+ /+ /+ VDSS VGSS ID (A) V. V V.0 V. V RDS(ON) Max (mω) Ciss Typ. (pf) Qg Typ. (nc). V

30 IV/V, III, V, VI #: : Single TPCA0-H # TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0 TPCA0 TPCA00 TPCA0 TPCA0 TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H N-ch -H I I I I I I-H I-H I-H I-H I-H I-H I-H I-H I-H 0 ± VDSS VGSS ID (A) V. V V.0 V. V RDS(ON) Max (mω) Ciss Typ. (pf) Qg Typ. (nc).. V Single.... ().... (). () () () 0 00 () 00 () (0) TPCA0-H # TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA00-H TPCA0-H TPCA0-H TPCA00-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA TPCA TPCA TPCA TPCA-H # TPCA # TPCA # TPCAA0-H TPCAA0-H TPCAA0-H TPCAA0-H MOSBD Single P-ch -H U-MOSV -H () () (). ± ± ± ± /+ /+ /+

31 RDS(ON) Max (mω) VDSS VGSS ID (A) V. V V. V.0 V. V Qg Typ. (nc) Ciss Typ. (pf) TKP0M... 0 TKP0M. TK0P0M N-ch Single TKP0M TKP0M TKP0M. TK0P0M 0.. TKPM P-ch Single TJP0M 0

32 **: - MΩ RDS(ON) Typ. (Max) (Ω) VDSS VGSS ID (ma) SSMKF SSMK00AF SSMK00BF SSMJF SJ SSMKFU SSMKAFU* SSMK0FU SSMKFU SSMK00AFU SSMK00BFU SSMJFU SSMJ0FU SSMKTU SSMJTU SSMKFS SSMKFS SSMKFS SSMKFS SSMKFS SSMKAFS* SSMKFS SSMK00BFS SSMJFS SSMJFS SSMJFS SSMKMFV SSMKMFV SSMKMFV SSMKFV SSMKAMFV* SSMKMFV SSMJMFV SSMJMFV SSMJFV SSMKCT SSMKCT SSMKCT SSMKACT* SSMJCT 0 ± ± ± ± ± ± ± ().(.) 0. (.) 0. (.).0 (.0). (.0).0 (.0) 0. (.) (). (.). (.). (.) () (). (.). (.0) S-Mini (SOT-) USM (SOT-) SSM (SOT-) VESM (SOT-) CST 0 N-ch P-ch VGS **: - MΩ RDS(ON) Typ. (Max) (Ω) VDSS VGSS ID (ma) SSMNFU SSMNFU SSMNAFU SSMNFU SSMN0FU SSMNFU SSMN00AFU SSMN00BFU SSMPFU SSMPFU SSMPFU SSMP0FU SSMLFU SSML0FU SSMNFU SSMNFU SSMPFU SSMPFU SSMNFE SSMNFE SSMNFE SSMNAFE SSMNFE SSMN00BFE SSMPFE SSMPFE SSMPFE SSMPFE SSMLFE SSMLFE SSMNFE SSMNFE SSMPFE SSMPFE SSMKFS SSMKFU SSMKMFV SSMKFS SSMKFS SSMKFU SSMKAFU SSMKFS SSMK0FU SSMKFU SSMK00AFU SSMK00BFU SSMJFS SSMJFU SSMJFS SSMJFU SSMJ0FU SSMKFS +SSMJFS SSMKFS +SSMJFS SSMK0FU +SSMJ0FU SSMNCTD SSMNFU SSMNTU SSMPTU SSMLTU 0 ± ± ± ± ± ± ± ± ± ± ± ± ± (). ().0 (.) 0. (.) 0. (.).0 (.0). (.0).0 (.0) 0. (.) (). (.). (.) () (). (.) (). (.) () () 0. (.). (.) 0. (.). (.) US (SOT-) UF USV (SOT-) ES (SOT-) ESV (SOT-) CSTD 0 N-ch P-ch N-ch+ P-ch VGS

33 <TO-SM> <TO-SM(W)> RDS(ON) Max (mω) Ciss Typ. Qg Typ. Tch VDSS VGSS ID (A) VGS = V VGS = V (pf) (nc) ( C) TJ0F0ML # / TJ0F0ML # TJF0J # TJ0F0ML # /+ / TK0F0K 0 00 TK0F0KL # 0. 0 TK0F0K TK0F0KL # TK0F0K 0 00 TKF0K. 0 0 TKF0K TK0F0K TK0FJ # 0 0 #:

34 N N N N Poly Si Poly Si P P P N + N + N + N + P P P N N N + N + πv DC-DC LCD DC-DC LCD #: RDS(ON) Max (mω) Qg Typ. Tch VDSS VGSS ID (A) PD (W) V V. V V (nc) ( C) TJ0F0ML # TJ0F0ML # /+ / TO-SM(W) TO-SM(W) SJ # SJ # New PW-Mold New PW-Mold TPCA # 0 0 TJ0A0J # 0 TO-SIS.0 TJF0J # 0 TO-SM(W).0 TJ0F0ML # /+ 0 0 TO-SM(W).. TJAM 0 TO-SIS 0 0 TJAM 0 TO-SIS 0 TJAM 0 TO-SIS 0 0 SK # TO-NIS. 0 TK0A0K # 0 TO-SIS. TK0J0J # TK00K TK00KZ # 0 0. SK #..0 0 TK00K 0. 0 TK0F0K 0 0 TO-SM(W).0 TK0F0KL # 0 0 TO-SM(W).0. TK0F0K 0 0 TO-SM(W). TK0F0KL # 0 0 TO-SM(W).. 0 SK # New PW-Mold SK # New PW-Mold TKA0JA # TO-SIS 0 TK00K SK # 0. 0 TK0J0K 0.0 SK # SK # TK0F0K 0 0 TO-SM(W).0 TKF0K 0 TO-SM(W). 0 TKF0K TO-SM(W). 0 SK # TK0F0K TO-SM(W).0. 0 TKAK TKAK TKAK TO-SIS TO-SIS TO-SIS TKJ # 0 TK0FJ # TO-SM(W)

35 +IGSS -IGSS IDSS V (BR) DSS V (BR) DS Vth RDS (ON) Ciss Crss VDSF VGS condition, VDS = 0 V VGS condition, VDS = 0 V VDS = V, VGS = 0 V ID = ma, VGS = 0 V ID = ma, VGS = V VDS = V, ID = ma VGS = V, ID = A VDS = V, VGS = 0 V f = MHz IDR = 0 A, VGS = 0 V TK0A0K Min Typ Max.0.. Min. TKA0J Typ Max... Unit μa μa μa V V V mω pf pf V : TK0A0K: VGS = V,TKA0J: VGS = ± V W. V/. A VIN = 0 VAC VIN + PFC + MAIN Synchronous Rectifier + TKA0J vs TK0A0K VOUT Efficiency (%) TK0A0K -H TKA0J 0 V/ A,.0 0 Pout (W) VDSS VGSS ID (A) R DS(ON) = V Qg (nc) Typ. Qsw (nc) Typ. PD (W) Typ. Max VDD = VDSS x 0., ID = ID(DC) TKE0K TK0E0KA TK0A0J TKA0K TK0E0K TKE0K TKA0J TK0A0K TKEK TKJ TKAJ TKEK TKAK TKAJ TK0J TO- TO- TO-SIS TO-SIS TO- TO- TO-SIS TO-SIS TO- TO-SIS TO- TO-SIS TO-SIS -H -H -H -H -H

36 π- π πvi πviiπ VI diode ±IGSS IDSS V(BR)DSS Vth RDS(ON) Qg VDSF : TKAD : VGS = ± V, SK : VGS = ± V VGS condition, VDS = 0 V VDS = V, VGS = 0 V ID = + ma, VGS = 0 V VDS = V, ID = ma VGS = V, ID = A VDD = 0 V, VGS = V, ID = A IDR = A, VGS = 0 V TKAD V/ A TO-SIS Min Typ. Max ± SK V/ A TO-SIS Min Typ. Max Unit ± μa 0 μa V.0.0 V 0. Ω nc. V W V/ A VIN = 0 VAC, VGS = +, 0 V VIN + PFC + MAIN Synchronous Rectifier + SK vs TKAD VOUT Efficiency 0% % % % % 0% % SK TKAD Rg =. Ω Rg =. Ω Rg = Ω Rg = Ω % Pout (W) TKD TKAD TKAD TKAD TKA0D TKA0D TKP0D TKA0D TKA0D TKP0D TKA0D TKA0D TKA0D TKA0D TKJ0D TKA0D TKA0D TKJ0D TKAD TKAD TKPD TKAD TKPD TKAD TKD TKADA TKAD TKPD VDSS ID (A). R DS(ON) (Ω) VGS = V SK SK SK SK SK SK/SK SK SK SK SK SK SK SK SK TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS DPAK TO-SIS TO-SIS DPAK TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS DPAK TO-SIS DPAK TO-SIS TO-SIS TO-SIS DPAK TKAD TKADA TKADA TKAD TKAD TKJD TKAD TKAD TKJD TKPD TKQD TKADA TKADA TKPDA TKAD TKAD TKADA TKAD TKAD TKAD TKAD TKAD TKADA TKAD TKAD TKAD TKAD VDSS 0 ID (A) R DS(ON) (Ω) VGS = V SK SK0 SK SK SK SK SK SK TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS New PW-Mold New PW-Mold TO-SIS TO-SIS DPAK TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS :

37 Ω μ R DS(ON) Max (Ω) Qg Typ. Ciss Typ. VDSS ID (A) VGS = V (nc) (pf) TKAU TO-SIS TKEU TO- TKJU TKU TKAU TO-SIS TKEU 0. TO- 0 TKJU TKU 0. TKAU TO-SIS TKEU TO- DTMOSII 0 TKJU TKU 0. TKJU TKMU IS TK0JU TKAU TO-SIS 0. 0 TKJU TKAU TO-SIS 0. 0 TKJU π VI diode ±IGSS IDSS V(BR)DSS Vth RDS(ON) Qg VDSF VGS condition,vds = 0 V VDS = V, VGS = 0 V ID = ma, VGS = 0 V VDS = V, ID = ma VGS = V, ID = A VDD = 0 V, VGS = V ID = A IDR = A, VGS = 0 V : TKJU: VGS = ± V, SK: VGS = ± V DTMOSII TKJU V/ A SK V/ A Min Typ. Max Min Typ. Max Unit ± ± μa 0 0 μa.0.0. V.0.0 V Ω nc. V Ron x Qg (Ω nc) 0 DTMOSI DTMOSII : VDD: 0 V, ID = A, C VGS: V/div Qg: nc Qg: nc/div : VDD = 0 V, L = mh VGS = ± V, Rg = Ω, C t: μs/div VGS: V/div : VDD = 0 V, di/dt = 00 A/μs IDR = A, VGS = 0 V, 0 C t: 0 ns/div 00 C ID: A/div A VDS: 0 V/div IF: A/div VDS: 0 V/div VDS:0 V/div

38 π- SK TKA0D TKA0D SK TKA0D SK SK SK TKADA TKAD SK SK TKAD SK SK0 VDSS 00 ID (A) 0. PD (W) TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-P(L) TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS RDS(ON) Max (Ω) VGS = V Trr Typ. (ns) SK TKA0D TKA0D SK TKA0D SK SK SK0 TKADA TKAD SK SK TKAD SK SK π-mosv π-mosv : VDD = 0 V, di/dt = 0 A/μs IDR = A, C trr = ns trr = ns ID: A/div 0 ID: A/div 0 0 ns/div VDS: 0 V/div ns/div VDS: 0 V/div

39 πiv πvi SK SK SK SK SK0 SK SK SK SK SK SK SK SK SK0 SK SK SK SK SK SK SK SK0 SK SK SK SK SK SK SK SK SK SK SK0 SK SK SK TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS DP New Pw-Mold TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS VDSS VGS = V ID (A) RDS(ON) Max (Ω) Qg Typ. (nc) Ciss Typ. (pf) VDSS VGS = V ID (A) RDS(ON) Max (Ω) Qg Typ. (nc) Ciss Typ. (pf) π-mosiv 00 SK SK SK0 SK TKQ0A SK SK SK SK SK SK00 SK SK SK SK SK SK SK SK SK00 SK SK SK SK SK TO-FL/SM IS TO-SIS New PW-Mold TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS π-

40 πv VI SJ SJ SJ SJ SJ SK0 SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK VDSS ID PD RDS(ON) (Ω) RDS(ON) (Ω) Qg Typ. (A) (W) Typ. Max VGS ID (A) Typ. Max VGS ID (A) (nc) 0 0. LSTM PW-Mini TO-NIS LSTM PW-Mini LSTM TO-P(L) LSTM PW-Mini New PW-Mold New PW-Mold New PW-Mold New PW-Mold πv DC-DC SJ SJ SJ SJ0 SJ SK0 SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK VDSS ID (A) PD (W) New PW-Mold TPS New PW-Mold PW-Mold LSTM New PW-Mold PW-Mini TPS New PW-Mold New PW-Mold TO-FL/SM New PW-Mold New PW-Mold New PW-Mold New PW-Mold IS Typ RDS(ON) (Ω) Max VGS ID (A) Qg Typ. (nc). 0

41 πiii πv RDS(ON) (Ω) PD (W) VDSS ID (A) Typ. Max VGS ID(A) Qg Typ. (nc) SK SK SK SK SK SK SK SK PW-Mold IS IS IS Qg Typ. (nc) ID (A) VDSS PD (W) Typ. Max VGS ID (A) RDS(ON) (Ω) SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK0 SK0 SK SK SK SK SK SK SK SK PW-Mold TPS New PW-Mold LSTM TPS PW-Mini TPS New PW-Mold TO-NIS TO-FL/SM IS TO-P(L) New PW-Mold New PW-Mold TPS New PW-Mold New PW-Mold New PW-Mold New PW-Mold TO-NIS TO-FL/SM IS IS AC V

42 SJ π-mosiii S-MINI SJ0 π-mosii TO-P (N) SJ π-mosii TO-P (L) SJ π-mosii TO-NIS SJ π-mosii PW-Mold SJ L -π-mosv PW-Mini SJ L -π-mosv TO-NIS SJ π-mosii TO-P (N)IS SJ L -π-mosv LSTM SJ π-mosv New PW-Mold SJ π-mosv PW-Mold SJ π-mosv TO-P (N) SJ L -π-mosv SJ L -π-mosv SJ New PW-Mold SJ π-mosv TPS SJ0 π-mosv New PW-Mold SJ New PW-Mold SK π-mosii. TO-P (N) SK π-mosii. TO-P (N)IS SK L -π-mosiii TO-P (N) SK L -π-mosiii TO-P (L) SK π-mosiii. TO-P (L) SK π-mosiii. TO-P (L) SK π-mosii TO-P (N) SK π-mosii TO-P (N) SK π-mosiii. TO-P (L) SK π-mosii TO-NIS SK π-mosii New PW-Mold SK L -π-mosv TO-P (N) SK L -π-mosv New PW-Mold SK L -π-mosv TO-P (N) SK L -π-mosv TO-P (L) SK π-mosii. TO-NIS SK L -π-mosv TO-P (N) SK L -π-mosv TO-P (N) SK L -π-mosv New PW-Mold SK L -π-mosv TO-P (N) SK π-mosii TO-P (N)IS SK π-mosv TPS SK π-mosv TO-P (N) SK π-mosv TO-P (N) SK π-mosiii TO-P (N)IS SK π-mosiii TO-P (N) SK π-mosiii TO-AB SK π-mosiii TO-P (N) SK L -π-mosv PW-Mini SK π-mosv TO-P (N) SK π-mosiii TO-P (N) SK L -π-mosv TO-P (N) SK L -π-mosv TO-P (N) SK π-mosv TPS VDSS ID (A) RDS(ON) Max (Ω) ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, SK π-mosv TPS SK π-mosiii TO-P (N)IS SK π-mosv TO-NIS SK π-mosv New PW-Mold SK π-mosv TO-P (N)IS SK π-mosv New PW-Mold SK π-mosv TO-P (N)IS SK L -π-mosv LSTM SK L -π-mosv LSTM SK L -π-mosv PW-Mini SK π-mosv TO-P (N) SK π-mosiii TO-P (N) SK L -π-mosv LSTM SK π-mosv PW-Mini SK π-mosv TO-P (N)IS SK π-mosv LSTM SK π-mosiii TO-P (N)IS SK π-mosv TO-NIS SK π-mosv(hsd) TO-P (L) SK π-mosv TO-P (L) SK π-mosv TO-P (N) SK π-mosv New PW-Mold SK π-mosiii PW-Mold SK π-mosv TPS SK π-mosv TO-FL/SM SK π-mosv(hsd) TO-P (N) SK π-mosv New PW-Mold SK π-mosv New PW-Mold SK π-mosv New PW-Mold SK π-mosv TPS SK L -π-mosv SK π-mosv SK π-mosv SK π-mosv SK π-mosv SK π-mosv SK π-mosiv TO-P (N)IS SK π-mosv New PW-Mold SK π-mosv SK π-mosv PW-Mini SK π-mosv TO-P (N) SK π-mosv PW-Mold SK π-mosv SK0 TO-P (N) SK π-mosv SK π-mosv SK TO-SIS SK TO-SIS SK TO-SIS SK π-mosiv TO-SIS SK π-mosiv TO-SIS SK π-mosiv TO-SIS VDSS ID (A) RDS(ON) Max (Ω) ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,

43 RDS(ON) Max (Ω) VDSS ID (A) RDS(ON) Max (Ω) VDSS ID (A) SK SK SK SK SK SSMJ0FU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJCT SSMJF SSMJFS SSMJFU SSMJFV SSMJT SSMJT SSMJT SSMJF SSMJT SSMJR SSMJR SSMJR SSMJR SSMJCT SSMJFS SSMJMFV SSMJFS SSMJMFV SSMJTU SSMJCTB SSMK0FU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKACT SSMKAFS SSMKAFU SK SK SK SK SK SK SK SK0 SK00 SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK0 SK0 SK0 SK0 SK0 SK0 SK SK SK SK SK SK SK0 SK0 SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK π-mosiv π-mosiv U-MOSII U-MOSII U-MOSII πmosvi U-MOSII U-MOSII -H π-mosv π-mosiv π-mosv π-mosiv π-mosiv MACH π-mosiv π-mosiv (HSD) π-mosiv π-mosiv π-mosiv MACH (HSD) MACH MACH MACH (HSD) (HSD) π-mosv π-mosv π-mosv π-mosiv π-mosiv (HSD) (HSD) L -π-mosv L -π-mosv π-mosv π-mosv π-mosv π-mosv π-mosv (HSD) New PW-Mold TO-P (N) TO-P (N) TO-P (N) TO-P (N) USM CST S-MINI SSM USM VESM S-MINI SOT-F SOT-F SOT-F SOT-F CST SSM VESM SSM VESM CSTB USM CST SSM USM TO-SIS TO-SIS TO-SIS TO-FL/SM TO-P (N) TO-SIS New PW-Mold LSTM TO-P (N) TO-SIS TO-NIS TO-NIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-P (N) TO-SIS TO-SIS TO-P (N) TO-FL/SM TO-P (N)IS TO-P (N) TO-P (N) TO-P (N) TO-P (N) TO-P (N) TO-P (N) TO-SIS TO-SIS TO-P (N) TO-SIS New PW-Mold New PW-Mold New PW-Mold TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS New PW-Mold New PW-Mold New PW-Mold New PW-Mold New PW-Mold New PW-Mold New PW-Mold New PW-Mold New PW-Mold TO-SIS ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,

44 RDS(ON) Max (Ω) VDSS ID (A) RDS(ON) Max (Ω) VDSS ID (A) SSMKAMFV SSMKFU SSMKT SSMKT SSMKT SSMKT SSMKT SSMKT SSMKT SSMKR SSMKR SSMKCT SSMKFS SSMKMFV SSMKMFV SSMKTU SSMKCT SSMKFS SSMKMFV SSMKFS SSMKFS SSMKMFV SSMK00AF SSMK00AFU SSMK00BF SSMK00BFS SSMK00BFU SSMKCT SSMG0TU SSMG0TU SSMG0TU SSMGTU SSMGTU SSMH0TU SSMH0TU SSMH0TU SSMHTU SSMHTU SSMHTU SSMHF SSMNFE SSMNFU SSMNFE SSMNFU SSMPFE SSMPFU SSMPFE SSMPFU SSME0TU SSME0TU SSME0TU SSMGNU SSMHNU SSMJFE SSMJFE π-mosv I-H π-mosv π-mosv U-MOSII U-MOSII U-MOSII -H U-MOSII U-MOSII VESM USM SOT-F SOT-F CST SSM VESM VESM CST SSM VESM SSM SSM VESM S-MINI USM S-MINI SSM USM CST UFV UFV UFV UFV UFV UFV UFV UFV UFV UFV UFV SMV ES US ES US ES US ES US UF UF UF UDFN UDFN ES ES ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, ES ES UF UF UF UF UDFN UDFN UDFN UF ES ES ES ES ES ES ES ES UF UF UF UF UF UF UF UF ES ES US ES UF UF UF ES US US UF ES US ES CSTD ES US UF UF ES US ES US UDFN US ES US US ES SSMJFE SSMJFE SSMJTU SSMJTU SSMJTU SSMJTU SSMJ0NU SSMJ0NU SSMJ0NU SSMKTU SSMKFE SSMKFE SSMKFE SSMKFE SSMKFE SSMKFE SSMKFE SSMKFE SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMLTU SSMLFE SSMLFE SSMLFU SSMLFE SSMLTU SSMLTU SSMLTU SSMNAFE SSMNAFU SSMNFU SSMNTU SSMNFE SSMNFU SSMNFE SSMNCTD SSMNFE SSMNFU SSMNTU SSMNTU SSMNFE SSMNFU SSMNFE SSMNFU SSMN0NU SSMN00AFU SSMN00BFE SSMN00BFU SSMP0FU SSMPFE U-MOSV π-mosv π-mosv I-H π-mosv ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,

45 RDS(ON) Max (Ω) VDSS ID (A) RDS(ON) Max (Ω) VDSS ID (A) TO-SIS TO-SIS TO-SIS TO-SM(W) TO-SM(W) TO-SIS TO-SIS TO-SIS TO- TO-SIS TO-SIS TO-SIS TO- TO-SIS TO-SIS New PW-Mold TO-SIS TO-SIS TO- DPAK TO-SIS TO- TO-SIS NewPW-Mold NewPW-Mold TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO- TO-SM(W) IS DPAK DPAK DPAK DPAK TO-SIS TO-SIS TO-SIS TKJU TKAD TKADA TKAD TK0F0K TK0F0KL TKA0D TKAD TKAU TKEU TKJ0D TKJT TKJU TKU TKAD TKAD TKJD TKA0D TKEK TKAD TKJD TKQ0A TKAT TKAU TKEU TKJ0D TKJT TKJU TKP0M TKU TKAK TKE0K TKAD TKPD TKQD TKA0JA TKADA TKAD TKADA TKA0K TKAJ TKAK TKEK TKF0K TKJT TKJU TKMU TKP0M TKP0M TKPM TKJ TKP0M TKA0D TKAD TKAD DTMOSII DTMOSII DTMOSII DTMOSI DTMOSII DTMOSII π-mosiv DTMOSI DTMOSII DTMOSII DTMOSI DTMOSII DTMOSII -H DTMOSI DTMOSII DTMOSII -H ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, SSMPFU SSMPFE SSMPFU SSMPTU SSMPTU SSMPTU SSMPFE SSMPFU SSMPFE SSMPTU SSMPTU SSMPTU SSMPFE SSMPNU SSMPNU SSMPTU TJ0F0ML TJAM TJF0J TJ0F0ML TJ0F0ML TJAM TJ0A0J TJAM TK0F0K TK0F0KL TK0F0K TKA0D TKAD TKAD TKD TKAD TKA0D TKAD TKAD TKAK TKAD TKA0D TKA0D TKAD TKAD TKAD TKAU TKEU TKJD TKJU TKD TKU TKF0K TKAD TKA0D TKA0DA TKADA TKAD TKAU U-MOSV (HSD) (HSD) DTMOSII DTMOSII DTMOSII DTMOSII DTMOSII US ES US UF UF UF ES US ES UF UF UF ES UDFN UDFN UF TO-SM(W) TO-SIS TO-SM(W) TO-SM(W) TO-SM(W) TO-SIS TO-SIS TO-SIS TO-SM(W) TO-SM(W) TO-SM(W) TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO- TO-SM(W) TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, 0

46 RDS(ON) Max (Ω) VDSS ID (A) RDS(ON) Max (Ω) VDSS ID (A) TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS DPAK TO-SIS DPAK TO-SIS DPAK DPAK DPAK TO-SIS TO- TO- TO-SM(W) DPAK DPAK TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS DPAK DPAK TO-SIS TO- DPAK TO-SIS TO-(W) TO-SIS TO-SIS TO-SIS TO-SIS DPAK TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS DPAK TO-SIS TKADA TKAD TKAD TKADA TKADA TKPDA TKADB TKPDB TKADA TKP0D TKPD TKPDA TK0A0K TK0E0KA TK0E0K TK0FJ TK0JU TK0P0M TK0P0M TK0J TKAJ TKADA TKA0D TKA0D TKAD TKAD TKAD TKAD TKADA TKP0D TKPD TKA0J TKE0K TKP0M TKADA TKA0D TKAD TKADA TKAD TKAD TKPD TK0A0J TK0J0J TK0J0K TK00K TK00KL TK00KZ TK00K TKADA TKA0D TKA0D TKAD TKAD TKP0D TK0A0K (HSD) (HSD) DTMOSII -H -H (HSD) -H -H (HSD) ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, TO-SM(W) TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS VS- VS- VS- VS- VS- VS- VS- VS- VS- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- SOP- TK0F0K TK00K TKAK TKAD TKADA TKA0D TKA0DA TKADA TKADA TKAD TKAD TKADA TKAD TPC-H TPC-H TPC-H TPC TPC TPC-H TPC TPC TPC TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC00-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0 TPC0 TPC0 TPC0 TPC00 TPC0 -H U-MOSV I-H I-H I-H I-H I-H I-H I-H I-H I-H I I I I I I ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,

47 TPC0 I SOP- TPC0 I SOP- TPC0 I SOP- TPC0 I SOP- TPC0 I SOP- TPC0 I SOP- TPC U-MOSV SOP- TPC SOP- TPC SOP- TPC SOP- TPC SOP- TPC SOP- TPC SOP- TPC SOP- TPC SOP- TPC-H SOP- TPCA0-H SOP- TPCA0-H SOP- TPCA0-H SOP- TPCA0-H SOP- TPCA0-H -H TPCA0-H -H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA00-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H TPCA0-H I-H TPCA0-H I-H TPCA0-H I-H TPCA0-H I-H TPCA0-H I-H TPCA0-H TPCA0-H I-H TPCA0-H I-H TPCA0-H I-H TPCA0-H I-H TPCA0-H TPCA00-H TPCA0-H TPCA0-H TPCA00 I VDSS ID (A). 0 () () () RDS(ON) Max (Ω) (0.0) (0.0) (0.0) (0.0) 0.00,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, TPCA0 I TPCA0 I TPCA0 I TPCA0 I TPCA TPCA U-MOSV TPCA-H -H TPCA TPCA TPCA TPCA TPCAA0-H TPCAA0-H TPCAA0-H TPCAA0-H TPCC00-H TSON Advance TPCC00-H TSON Advance TPCC00-H TSON Advance TPCC00-H TSON Advance TPCC00-H TSON Advance TPCC00 TSON Advance TPCC00 TSON Advance TPCC00 TSON Advance TPCC0-H TSON Advance TPCC0-H TSON Advance TPCC0-H TSON Advance TPCC0-H I-H TSON Advance TPCC0-H I-H TSON Advance TPCC0-H I-H TSON Advance TPCC0 TPCC0 TPCC0 TPCC0 TPCC TPCC TPCC TPCCA0-H TPCF00 TPCF00 TPCF TPCF TPCF TPCF TPCF TPCF TPCF TPCF TPCFB0 TPCL TPCL TPCL TPCM00 I I I I U-MOSV / U-MOSV U-MOSV U-MOSV TSON Advance TSON Advance TSON Advance TSON Advance TSON Advance TSON Advance TSON Advance TSON Advance VS- VS- VS- VS- VS- VS- VS- VS- VS- VS- VS- Chip LGA Chip LGA Chip LGA TS TPCP00-H -H PS- VDSS 0 / 0 ID (A). () () ()..../.. RDS(ON) Max (Ω) (0.00) (0.00) (0.00) (0.0) (0.) / ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, -,,,,,,,,, -,,

48 RDS(ON) Max (Ω) VDSS ID (A) TPCP00 TPCP00-H TPCP00 TPCP00-H TPCP00-H TPCP TPCP-H TPCP TPCP TPCP-H TPCP TPCP TPCP TPCP TPCP TPCPA0-H TPCPAA TPCPBA -H U-MOSV U-MOSV/ / / U-MOSII U-MOSII PS- PS- PS- PS- PS- PS- PS- PS- PS- PS- PS- PS- PS- PS- PS- PS- PS- PS / /. / /0.0 (0.0)/(0.0) (0.0)/(0.0) ,,,,,,,,,,,,,,,,,,,,, / / /

49 VDSS ID (A) RDS(ON) Max(Ω) VDSS ID (A) RDS(ON) Max(Ω) *: SJ SJ SJ SJ SJ SJ SJ SJ SJ SJ SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK0 SK SK SK SK SK0 SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK00 SK SK TO- N-MINI N-MINI S-MINI USM SSM TO-NIS PW-Mini TO-NIS TO-NIS N-MINI TO-AB TO-P (N) N-MINI S-MINI USM S-MINI USM SSM TO-FL/SM S-MINI USM SSM S-MINI USM New PW-Mold TO-NIS TO-NIS TO-NIS TO-FL/SM TO-NIS TO-NIS TO-AB TO-NIS TO-AB TO-NIS TO-FL/SM TO-AB TO-P (N) TO-NIS TO-AB TO-P (N) TO-P (N) TO-AB TO-NIS TO-NIS TO-P (N) TO-NIS TO-NIS TO-NIS SJ SJ SJ SSMJFU SSMJFU SSMJFS SJ0 TPC SJ0 SJ0 SSMK00BF SK SK SSMK00BF SSMK00BF SSMK00BFU SSMKF SSMKAFU SSMKAFS SK SSMKF SSMKAFU SSMKAFS SSMKF SSMKAFU SK TKADA* TKADA* TKAD* TKAD* TKAD* TKAD* TKA0D TKA0D SK TKAD TKAD* SK SK SK SK SK00 SK SK TKA0D TKADA TKJ0D SK SK SK S-MINI S-MINI S-MINI USM USM SSM New PW-Mold VS- New PW-Mold New PW-Mold S-MINI TO-SIS TO-P (N) S-MINI S-MINI USM S-MINI USM SSM TO-SIS S-MINI USM SSM S-MINI USM New PW-Mold TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-AB TO-SIS TO-SIS TO-SIS TO-P (N) TO-SIS TO-SIS TO-P (N) TO-P (N) TO-AB TO-SIS TO-SIS TO-P (N) TO-SIS TO-SIS TO-SIS

50 SK SK SK TKADA TKA0D TKAD SSMKFS SSMKFS SSMKFS TKJ0D TKADA TKAD TKA0D TKAD TKQ0A TKAD SK SK TKAD TKADA* SK0 TKA0D TKAD TKAD TPC-H TKAD* TKA0D TKAD* SK SK TKADA SK SK SK TKAD* TKAD TKA0D TKA0D SK TKAD TKADA SK TKA0D TKADA SK TKD SK TKADA TKP0D TKAD* SSMK00BF SSMPFU SSMNFU SSMNFU SSMN00BFU VDSS ID (A) RDS(ON) Max(Ω) VDSS ID (A) RDS(ON) Max(Ω) *: SK SK SK SK0 SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK SK HNJ0FU HNK0FU HNK0FU HNK0FU TO-AB TO-P (N) TO-P (N) TO-NIS TO-FL/SM TO-FL/SM PW-Mold ( ) S-MINI USM SSM TO-P (N) TO-FL/SM TO-AB TO-NIS TO-NIS PW-Mold ( ) TO-AB TO-FL/SM TO-FL/SM TO-FL/SM TO-AB TO-P (N) IS TO-FL/SM TO-NIS PW-Mini TO-NIS TO-FL/SM TO-FL/SM TO-NIS TO-NIS TO-AB TO-PSM TO-NIS TO-P (N) TO-NIS TONIS TO-FL/SM TO-NIS TO-NIS TO-NIS TO-FL/SM TO-FL/SM TO-NIS TO-FL/SM TO-FL/SM PW-Mold ( ) TO-NIS TO-NIS DP TO-NIS TO- US US US US TO-SIS TO-P (N) TO-P (N) TO-SIS TO-SIS TO-SIS SSM SSM SSM TO-P (N) TO-SIS TO-SIS TO-SIS TO-SIS New PW-Mold TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-P (N) TO-SIS TO-SIS TO-SIS VS- TO-SIS TO-SIS TO-SIS TO-NIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS TO-NIS TO-SIS TO-SIS TO-SIS TO-SIS TO-SIS New PW-Mold TO-SIS TO-SIS DPAK TO-SIS S-MINI US US US US

51 SSMNFU SSMNAFU SSMLFU SSMNFU SSMJR SSMJR SSMJR SSMJR SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJR SSMJR SSMJFV SSMJCT SSMJFS SSMJMFV SSMJFV SSMJF SSMJR SSMJF SSMJF SSMJR SSMJR SSMJR SSMKR SSMKR SSMKR SSMKR SSMKCT SSMKFS SSMKMFV SSMKMFV SSMK0FS SSMKTU SSMKTU SSMKTU SSMKTU SSMKTU SSMKT SSMKT SSMKAFS SSMKAMFV SSMKAMFV SSMKCT SSMKFS SSMKMFV SSMKMFV SSMKT SSMKT SSMKT SSMKFS VDSS ID (A) RDS(ON) Max(Ω) VDSS ID (A) RDS(ON) Max(Ω) HNK0FU HNK0FU HNL0FU HNL0FU HNK0JU SSMJ0F SSMJ0T SSMJ0F SSMJ0T SSMJ0FU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJTU SSMJT SSMJT SSMJTE SSMJCT SSMJFS SSMJFV SSMJTE SSMJT SSMJT SSMJT SSMJT SSMJT SSMJT SSMJF SSMK0F SSMK0T SSMK0F SSMK0T SSMK0C SSMK0FE SSMK0FV SSMK0TE SSMK0FE SSMK0FU SSMKTU SSMKTU SSMKTU SSMKTU SSMKT SSMKT SSMKFS SSMKFV SSMKTE SSMKCT SSMKFS SSMKFV SSMKTE SSMKT SSMKT SSMKT SSMKFS US US US US UFV S-MINI S-MINI USM TESM CST SSM VESM TESM S-MINI S-MINI S-MINI SS-CSP ESM VESM TESM ESM USM SSM VESM TESM CST SSM VESM TESM SSM US US US USV SOT-F SOT-F SOT-F SOT-F SOT-F SOT-F VESM CST SSM VESM VESM S-MINI SOT-F S-MINI S-MINI SOT-F SOT-F SOT-F SOT-F SOT-F SOT-F SOT-F CST SSM VESM VESM SSM SSM VESM VESM CST CST VESM VESM SSM

52 SSMK00BF SSMK00BFU SSMGTU SSMG0TU SSMH0TU SSMH0TU SSMHTU SSMJ0TU SSMJ0TU SSMJ0TU SSMJFE SSMJFE SSMJTU SSMJFE SSMJFE SSMJFE SSMJTU SSMJFE SSMKTU SSMKTU SSMKTU SSMKTU SSMKFE SSMKFE SSMKTU SSMLTU SSMLTU SSMLTU SSMLTU SSMLFE SSMNFU SSMNAFE SSMNAFU SSMNFE SSMNFU SSMNTU SSMNTU SSMNFU SSMN00BFU SSMPTU SSMPFE SSMPFU SSMPTU SSMPTU SSMPTU TKEU TKEU TKEU TKEU TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H VDSS ID (A) RDS(ON) Max(Ω) VDSS ID (A) RDS(ON) Max(Ω) SSMK00F SSMK00FU SSMG0TU SSMG0TU SSMH0TU SSMH0TU SSMHTU SSMG0FE SSMH0FE SSMJ0FU SSMJ0FU SSMJ0FU SSMJFE SSMJFE SSMJTU SSMJFE SSMJFE SSMJFE SSMJTU SSMJFE SSMK0FU SSMK0FU SSMK0FU SSMKTU SSMKFE SSMKFE SSMKTU SSML0FU SSMLTU SSMLTU SSMLTU SSMLFE SSMN0FU SSMNFE SSMNFU SSMNFE SSMNFU SSMNTU SSMNTU SSMNTU SSMN00FU SSMP0FU SSMPFE SSMPFU SSMPTU SSMPTU SSMPTU TKDU TKDU TKDT TKDU TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H TPC0-H S-MINI USM UFV UFV UFV UFV UFV ES ES US US US ES ES UF ES ES ES UF ES US US US UF ES ES UF US UF UF UF ES US ES US ES US UF UF UF US US ES US UF UF UF TO-(W) TO-(W) TO-(W) TO-(W) SOP- SOP- SOP- SOP- SOP- SOP- S-MINI USM UFV UFV UFV UFV UFV UF UF UF ES ES UF ES ES ES UF ES UF UF UF UF ES ES UF UF UF UF UF ES US ES US ES US UF UF US US UF ES US UF UF UF TO- TO- TO- TO- SOP- SOP- SOP- SOP- SOP- SOP-

53 TPC0-H VDSS ID (A) RDS(ON) Max(Ω) 0.00 SOP- TPC0-H VDSS ID (A) RDS(ON) Max(Ω) 0.00 SOP- TPC 0.00 SOP- TPC 0.00 SOP- TPC 0.00 SOP- TPC 0.00 SOP- TPC 0.0 SOP- TPC 0.0 SOP- TPC 0.0 SOP- TPC 0.0 SOP- TPC 0.00 SOP- TPC 0.00 SOP- TPCA0-H. 0.0 TPCA0-H. 0.0 TPCA0-H 0.0 TPCA0-H 0.00 TPCA0-H TPCA0-H 0.00 TPCA0-H 0.0 TPCA0-H 0.0 TPCA0-H 0.0 TPCA0-H 0.0 TPCA0-H 0.00 TPCA0-H 0.00 TPCA0-H 0.00 TPCA0-H 0.00 TPCA0-H 0.00 TPCA0-H 0.00 TPCA0-H 0.00 TPCA0-H 0.00 TPCA 0.00 TPCA 0.00 TPCC00-H 0.00 TSON Advance TPCC0-H 0.00 TSON Advance TPCC00-H 0.00 TSON Advance TPCC0-H 0.00 TSON Advance TPCC00-H 0.0 TSON Advance TPCC0-H 0.00 TSON Advance TPCC00-H 0.00 TSON Advance TPCC0-H 0.00 TSON Advance TPCC00-H 0.00 TSON Advance TPCC0-H 0.00 TSON Advance TPCF 0.0 VS- TPCF 0.0 VS- TPCP /./. /0.0 PS- TPCP / / 0.0/0.0 PS-

54 0 UDFN UF TSON Advance PS- VS- VS- SOP- (A) CSTB Chip LGA ES UFV SOT-F S-Mini SMV US CST VESM SSM USM CSTD CST ESV USV (mm²) 0.0 ±0.0.0 ± 0. φ. ±. φ0.. ± Cross section: -.0 : φ φ0 000 pcs/.0 ± φ. ± A 0.. A B B. ± ±0.0 B 0. B.0 A φ0. 0. A..0 φ φ0 000 pcs/

55 .0 ±0.0.0 ± φ. ± 0... φ0.. ± : - 0. : ±0.0.0 ± 0. φ. ±. φ0.. ± :- 0.. : ±0.0.0 ± 0. φ. ±. φ φ0 000 pcs/..0 φ φ0 00 pcs/ φ.0. ± :-.. : φ φ0 00 pcs/

56 .0 ±0.0.0 ± 0. φ. ±. φ.. ± :-. : φ φ0 00 pcs/ φ. ±.0 ±.0 ±0.0 B A A φ φ φ0.0 ±0.0.0 ± 0. φ. ±. φ.. ± :-.0. : φ φ0.. ± ± B : B-B. : A-A. 00 pcs/ 00 pcs/

57 .0 ±0.0.0 ± 0. φ. ±. φ.. ± : -.0. : φ φ0 00 pcs/.0 ±0.0.0 ± φ. ±. φ0.. ± : : ±0.0.0 ± 0. φ. ±. φ φ0 000 pcs/ φ0.. ± : : φ φ0 00 pcs/

58 .0 ±0.0.0 ± 0. φ. ±.0. φ.. ± ±0.0.0 ± φ. ± φ. ±.. φ.. ± :- : φ φ0.0 ±0.0.0 ± φ.. ± φ φ0 φ φ0 00 pcs/ 00 pcs/ 00 pcs/